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Custom Battery Cables | OEM & ODM Copper Battery Cable Custom Battery Cables are engineered to deliver safe, efficient, and reliable power transmission between batteries, inverters, starters, distribution systems, and electrical equipment. Unlike standard battery cables, custom assemblies are manufactured according to the required cable size, length, terminal type, insulation material, voltage rating, and installation environment. Our factory manufactures OEM and ODM battery
35kv Single Core Three Core Cold Shrink Cable Terminal Head High Voltage The 35kV cold shrink cable termination kit is a high-performance medium-to-high voltage cable accessory designed for XLPE power cable systems. It uses advanced pre-expanded silicone rubber technology that automatically shrinks into position once the support core is removed, ensuring fast installation, reliable insulation, and long-term electrical stability. This product is widely used in power transmissi
Heat Shrink Cable Termination Kit For Power Cable (MV / HV Systems) The Heat Shrink Cable Termination Kit is an electrical accessory designed for terminating medium and high-voltage power cables in distribution and transmission networks. It relies on thermally activated polymer tubing that contracts under controlled heating, forming a tight insulating and sealing layer over prepared cable ends. This solution is widely applied in utility grids, industrial power systems, and
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High Voltage Power Cable for Industrial and Commercial Networks 15kv 35kv 110kv Underground Cable Product Overview The High Voltage XLPE Insulated Armored Power Cable is designed for reliable energy transmission in medium and high-voltage electrical networks. According to the cable structures shown, the product adopts a multi-layer construction including copper conductor, XLPE insulation, metallic shielding layer, steel tape or steel wire armor, and protective outer sheath,
Modern power distribution systems require cable solutions that balance electrical performance, installation efficiency, and lifecycle cost. The AA-8000 Aluminum Alloy Conductor Power Cable is developed to meet these requirements by combining advanced aluminum alloy conductor technology with high-quality insulation and protective sheath materials. The cable shown above features multi-core compact stranded aluminum alloy conductors, designed for fixed electrical installations
XLPE power cable 0.6/1 kV with copper conductor and PVC sheath for underground use Product description Cross-linked polyethylene (XLPE) insulated cables are suitable for applications such as distribution networks and offer advantages that PVC-insulated cables cannot match. They feature a simple construction, are lightweight, offer excellent heat resistance, have a high load-carrying capacity, do not melt, are resistant to chemical corrosion, and possess high mechanical
YJV22 Cable 3 Copper Core Steel Tape Armored Power Cable For Underground Wiring Product Overview The YJV22 cable is a copper-core, cross-linked polyethylene-insulated, polyvinyl chloride-sheathed, steel tape-armoured power cable. This cable is characterised by high mechanical strength, excellent compression resistance, corrosion resistance and outstanding performance when buried underground. It is widely used for low-voltage power transmission and distribution in industrial,
EVR New Energy EV 50mm 70mm Oxygen-Free Copper DC Charging Cable Product Introduction EV cables are specialized cables used for power transmission in high-voltage battery harnesses and motor leads of new energy vehicles. These cables typically require a range of important properties, such as high voltage resistance, high temperature resistance, electromagnetic interference resistance, and stable signal transmission, to ensure normal system operation during charging or driving
High Voltage Cable Steel Wire Steel Tape Armored XLPE Insulated Power Cable This high‑voltage armored power cable adopts cross‑linked polyethylene (XLPE) as the core insulation material, with steel tape or steel wire armored structure and copper/aluminum conductor options. It is mainly used for medium‑and‑high‑voltage power transmission and distribution in urban power grids, industrial parks, new energy projects and underground buried scenarios. Combined with our actual
